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You searched for: mediatype:texts AND collection:NISTTechNotes AND subject:"Gas Flow."
[texts]Optimum location of flow conditioners in a 4-inch orifice meter (Volume NIST Technical Note 1330) - McFaddin, S. E.; Sindt, C. S.; Brennan, J. A.

Keywords: Gas flow--Measurement; Hydraulic measurements
Downloads: 38
[texts]Choking two-phase flow literature summary and idealized design solutions for hydrogen, nitrogen, oxygen, and refrigerants 12 and 11 (Volume NBS Technical Note 179) - Smith, R. V.
The literature summary presents a brief description and discussion of papers on choking, two-phase flow.The papers are arranged with respect to analysis methods and experimental systems.The ide * alized solutions utilize models intended to provide upper a
Keywords: Two-phase flow; Gas flow
Downloads: 214
[texts]Comparison of incompressible flow and isothermal compressible flow formulae. (Volume NBS Technical Note 356) - Hord, Jesse
Mass flow formulae for incompressible and 'modified-incompressible' flow are compared with the isothermal comprssible flow relation under the following conditions:The gas flow is steady, isothermal, and fullydeveloped in a horizontal pipe of constant cros
Keywords: Fluid mechanics; Compressibility; Gas flow
Downloads: 277
[texts]Effect of pipe roughness on orifice flow measurement (Volume NIST Technical Note 1329) - Brennan, J. A.; McFaddin, S. E.; Sindt, C. F.; Wilson, R. R.

Keywords: Air flow--Measurement; Gas flow--Measurement; Hydraulic measurements
Downloads: 81
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